Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VTM/VTL Multistage Vacuum Generator, for AM AMC PM Pneumatic Large Flow Suction, Negative Pressure VTM301-D-N VTL304(VTL301-D-N) SDSSSAZAJ-VTL301-D-N
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VTM Series Multistage Vacuum Generator, Pneumatic Large Flow And Suction Integrated Negative Pressure Pump(VTM306-D-N) SDSSCZCBA-VTM306-D-N
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VTM Series Multistage Vacuum Generator, Pneumatic Large Flow And Suction Integrated Negative Pressure Pump(VTM305-D-N) SDSSCRZBS-VTM305-D-N
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VTM Series Multistage Vacuum Generator, Pneumatic Large Flow And Suction Integrated Negative Pressure Pump(VTM306-D-N-A) SDSSCZCBA-VTM306-D-N-A
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VTM Series Multistage Vacuum Generator, Pneumatic Large Flow And Suction Integrated Negative Pressure Pump(VTM302-D-N) SDSSCRZBS-VTM302-D-N
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VTM Series Multistage Vacuum Generator, Pneumatic Large Flow And Suction Integrated Negative Pressure Pump(VTM305-D-N Filter) SDSSCRZBS-VTM305-D-NFILTER
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VIM VIL Series Small Multi-stage Vacuum Generator, Large Suction Power, Flow Negative Pressure VIM301-D-N(VIL303-D-N) SDSSCBDCC-VIL303-D-N
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Vacuum Generator, vacuum Ejector, With Blowing, Original(SEAC 10) SFBRSOBJR-SEAC10
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources
VDM Sun, X: Flow Characteristics in Vegetated Compound Channels A1007903513
River vegetation is increasingly interesting to engineers and vegetation effects on flow structure are pressing for understanding. Little has been done on the one-line vegetation at the floodplain edge and submerged vegetation on the floodplain. This book reveals the flow characteristics of compound channels with such floodplain vegetation. The vegetation effects on the distributions of velocity and boundary shear stress, turbulence shear and secondary currents were revealed using various measurement and analysis techniques. Unsteady flow characteristics in vegetated channels were numerically captured with Large Eddy Simulation technique. Methods of estimating the drag force and stage-discharge were proposed for vegetated compound channels. Quasi-2D model was developed to predict the 2D vegetated flow structures by introducing new concepts to consider the vegetation drag. This book will be very useful to professionals in hydraulic, civil and environmental engineering and also be an excellent reference source for students in these disciplines.
VTM Series Multistage Vacuum Generator, Pneumatic Large Flow And Suction Integrated Negative Pressure Pump(VTM305-D-N-A) SDSSCZCBA-VTM305-D-N-A
Working Principle: Achieves high-efficiency adsorption without mechanical moving parts Performance Features: Multi-stage ejector design delivers high vacuum flow while significantly reducing air consumption, markedly improving energy efficiency Structural Quality: Ensures stable and extended service life in industrial environments Installation Flexibility: Compact design with standardized mounting options and multiple vacuum ports Application Versatility: Suitable for diverse material handling tasks, including packaging, machining, and assembly processes requiring reliable vacuum sources